At the recent protests against vaccine mandates in Canberra, police deployed long-range acoustic devices (LRADs), which transmit at high volumes and frequencies. A spokesperson for the ACT Police has confirmed that LRAD's ( long range acoustic devices ) were deployed.
Canberra protesters, including women and children, were badly burned by directed microwave energy beams, complaining of blisters on their faces, arms, and torsos. Concentrated microwave radiation can inflict painful burns on the skin from long distances away.
In America, it is known as “Active Denial technology”, developed expressly as a crowd-control weapon. Unveiled in 2001, these wavelengths heat the outer surface, penetrating only the surface of the skin. But this is deep enough to affect great pain receptors and trigger the same reflex reaction as being scalded by hot tea. It has an effective range of several hundred metres and can be aimed as easily as a searchlight.
1. Short Thread on LRAD / DEW Directed Energy Weapons against Aus Peaceful Protestors pic.twitter.com/ciQhTkZbQv
— thefoxblog (@CathyCathyFox) February 17, 2022
The manufacturer, Raytheon, actually built a miniature Active Denial system which appears to be the same one which the Australians have deployed. The Australian police purchased LRAD devices as early as 2016. source
Craig Kelly MP has promised to set up a “Royal Commission into Police Misconduct and Criminality” to “establish as a matter of urgency […] the abuse of ‘sound weapons’ that Australian Police forces have acquired”.
According to the Geneva Convention: “Parties to a conflict shall at all times distinguish between the civilian population and combatants in order to spare civilian population and property. Neither the civilian population as such nor civilian persons shall be the object of attack. Attacks shall be directed solely against military objectives.”
The Geneva Convention applies in times of war. It seems puzzling that in times of peace the same rules do not seem to apply.
Which brings me to 5G. the latest generation of mobile technology.
5G is expected to change the way people live and work as it’s said to be at least 10 times faster than 4G LTE, the fourth generation of cell phone technology.
5G has also prompted the concern of many people, mainly because it relies on millimeter waves to work. The millimeter wavelength, or mmWave, falls within the Extremely High-Frequency band of the electromagnetic spectrum, which has wavelengths between 30 to 300 gigahertz (GHz). mmWave can generate a “pencil-beam” focused signal to any target device, penetrating clothing and causing searing pain.
In other words, it uses the same wavelength as the weapons used in Canberra.
Weaponizing mmWave: the Active Denial System
The weapon works by firing bursts of electromagnetic energy at a frequency of 95 GHz, which falls well within the mmWave spectrum. It penetrates the clothes and enters the skin at a depth of one sixty-fourth an inch, producing an overwhelming burning sensation. When a human target is struck with a beam of the ADS, the person will be forced to walk away in response to the searing heat.
mmWave technology not safe for use
When the weapon was still being developed, there had already been a lot of skeptics who weren’t quite accepting of the military’s safety claims.
In 2001, political commentator and former U.S. Army soldier William M. Arkin compared the ADS with a ”high-powered microwave antipersonnel weapon.” Arkin, who had been an advisor to the Office of the Secretary of Defense and the Central Intelligence Agency, underscored the need for more studies, especially regarding the effects of the ADS on children, pregnant women and the elderly.
He added that past efforts by the Pentagon to develop nonlethal weapons had often led to disastrous results. Lasers, for instance, were once widely considered the peacekeeping tool of the future until they were proven capable of blinding people.
Before the ADS gets rolled out, Arkin said, ”they are going to have to prove some things to us first.”
Such intense scrutiny should also apply to 5G. While research about its harmful effects is still ongoing, people arguing on its side have not exactly come up with anything conclusive about why it’s safe. What’s even more worrying is the fact that 5G requires putting up a base station every few hundred meters or so. This network densification means that people will be exposed to mmWave almost round the clock, putting them at risk of the consequences of mmWave exposure that scientists are yet to uncover.
sources include: Natural News.com
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